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Blogs tagged with 3d printing bangalore

3D PRINTING WITH PETG - Makenica 3d printing services

PETG is a Glycol Modified version of Polyethylene Terephthalate (PET), which is used to manufacture water bottles. Read full blog to find more

A Step by Step guide to 3D printing Threads and Screws

3D printing Threads and screws are present all around us. You have them in our bathrooms, kitchens, gardens and in your cars, even in our computers.

A beginner’s guide to making 3D models using Paper

When you think about creating a 3D models what kind of material comes to your mind first? 3D paper modeling finds its use in more places

The Best tapes for 3D Print Bed Adhesion - Makenica

Affordable, colorful, and widely available pretty much anywhere, 3D printer tape is one of cost effective solutions to 3D print bed adhesion

A GUIDE TO LASER ENGRAVING -EVERYTHING YOU NEED TO KNOW

Laser Engraving is a Subtractive Manufacturing method, that change the surface of an object with help of a laser beam. This process is mostly used to create images on the material, that are visible at eye level.

Post Processing Techniques in FDM 3D Printing Summarised

You might have noticed that your FDM 3D printing generally have a rather coarse finish. It’s easily discernible too but luckily there

A COMPLETE GUIDE- 3D PRINTING WITH POLYCARBONATE (PC)

Polycarbonate (PC) is one of the strongest 3D printer filament presented in this list which is extremely durable and resistant to both physical impact and heat

SAFETY HACKS TO STORE 3D PRINTER FILAMENT - MAKENICA 3D

3D PRINTER FILAMENT are the raw material of 3D printing. They are the feedstock used for creating a three-dimensional model. Read full blog to know more

RAPID TOOLING- MAKENICA 3D PRINTING SERVICE

Rapid Tooling (RT) is that the tactic of blending rapid Prototyping techniques along conventional tooling methods to provide a mould quickly or parts of a functional model.

3D PRINTING WITH SELECTIVE LASER SINTERING - MAKENICA

Selective Laser Sintering is an additive manufacturing (AM) technology. A laser is casted as the power origin to sinter powdered material pointing it automatically at points defined by a 3D prototype, binding the material together to create a solid structure.